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IEEE 45.1-2023

IEEE 45.1-2023

$97.50

IEEE Recommended Practice for Electrical Installations on Shipboard–Design (Published)

Published By Publication Date Number of Pages
IEEE 2023 240
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Revision Standard – Active. Recommendations for the design of electrical power generation, distribution, propulsion, loads systems, and equipment on merchant, commercial, and naval vessels are covered in this document.

PDF Catalog

PDF Pages PDF Title
1 IEEE Std 45.1-2023 front cover
2 Title page
4 Important Notices and Disclaimers Concerning IEEE Standards Documents
8 Participants
10 Introduction
11 Contents
16 1. Overview
1.1 Introduction
17 1.2 Scope
1.3 Purpose
1.4 Word usage
1.5 Application of various national and international standards
1.6 Equipment construction, testing, and certification
18 2. Normative references
23 3. Definitions, acronyms, and abbreviations
3.1 Definitions
31 3.2 Acronyms and abbreviations
33 4. System engineering
4.1 Introduction
4.2 Design baseline
34 4.3 Product design
4.4 Product baseline
35 5. Power system characteristics
5.1 Electrical power systems architectures
5.1.1 Radial architecture
36 5.1.2 Zonal architecture
38 5.1.3 Hybrid architectures
5.2 Standard distribution system types
5.3 Nominal system voltage
40 5.4 Standard frequency
5.5 Selection of voltage and system type
41 5.6 AC power system characteristics
42 5.7 DC power systems characteristics
44 5.8 Key electrical power system design inputs
5.8.1 Electric plant load analysis
5.8.2 Ship consumer equipment locations
5.9 Quality of service (QoS)
5.9.1 Introduction
5.9.2 Service interruption
45 5.9.3 Reconfiguration time (t1)
5.9.4 Generator start time (t2)
5.9.5 Mean time between service interruptions
5.9.6 QoS categories
5.9.6.1 Uninterruptible load
5.9.6.2 Short-term interrupt load
46 5.9.6.3 Long-term interrupt loads
5.9.6.4 Exempt loads
5.10 Electrical power system concept of operation (EPS-CONOPS)
47 5.11 Marine environmental conditions
5.11.1 Normal environmental conditions
5.11.2 Abnormal environmental conditions
48 6. Electrical power system elements
6.1 Introduction
6.2 Power generation
49 6.3 Power distribution
6.3.1 General
50 6.3.2 Primary bus
6.3.3 Distribution bus
6.3.4 Secondary bus
6.3.5 Special bus
6.4 Power conversion
6.5 Energy storage
51 6.6 Electrical power system supervisory control
6.6.1 General
6.6.2 Power system interface device (PSID)
52 6.7 Loads
6.7.1 General
6.7.2 Uncontrolled load
6.7.3 Controlled load
6.7.4 Large loads
7. Power system design
7.1 Power generation and energy storage capacities
7.1.1 General recommendations
53 7.1.2 Nonintegrated ship service power and propulsion power systems
7.1.3 Integrated power systems (IPSs)
7.1.4 Special cases
54 7.2 Power conversion and transformer ratings
7.3 Emergency power
7.3.1 General
55 7.3.2 Emergency generators
56 7.3.3 Emergency energy storage
7.3.4 Emergency power distribution system
57 7.3.5 Emergency switchboard configuration
58 7.3.6 Temporary emergency power
7.3.7 Temporary emergency circuits
59 7.3.8 Final emergency circuits
7.3.9 Time factor for supply of emergency power
60 7.4 Safety
7.5 Power quality and harmonics
62 7.6 Autonomous and remote control functions
7.7 Insulation system design
7.7.1 Creepage and clearance
63 7.7.2 Coordinated insulation design
64 7.8 Design life and removal routes
65 8. Electrical power generation
8.1 General
8.2 Installation and location
8.2.1 General
66 8.2.2 Air intakes
8.2.3 Engine exhaust
8.3 Generator set prime movers
8.3.1 Prime mover sizing and performance
67 8.3.2 Lubrication
8.3.3 Diesel engine generator set
8.3.3.1 Diesel engine prime mover
68 8.3.3.2 Diesel engine-generator controls
69 8.3.4 Gas turbine generator set
8.3.4.1 Gas turbine prime mover
8.3.4.2 Gas turbine generator controls
70 8.3.5 Steam turbine generator sets
8.3.6 Prime mover speed control system (governor)
8.3.6.1 General
71 8.3.6.2 Mechanical governors
8.3.6.3 Hydraulic-mechanical governors
8.3.6.4 Electronic governors
8.3.7 Engine starters
8.3.8 Shutdown valve
8.3.9 Ignition systems
72 8.4 Generators
8.4.1 General
8.4.2 Selection and sizing
73 8.4.3 Generator design
76 8.4.4 Terminal arrangements and incoming cables
8.4.5 Heaters
8.4.6 Nameplates
77 8.4.7 Voltage regulation
78 8.4.8 Generator metering and protection
8.4.9 Variable speed generators for use with rectifiers
79 8.5 Fuel cells
9. Power distribution
9.1 General
9.2 Circuit elements
80 9.3 Shore power
9.3.1 General
9.3.2 Nameplate
82 9.4 Demand factors
9.4.1 General
9.4.2 Lighting, interior communications, and electronics circuits
9.4.3 Galley circuits
9.4.4 Individual and multiple motor circuits
83 9.4.5 Other circuits
9.5 Voltage drop
9.5.1 General
9.5.2 Feeder and branch circuit continuity
9.5.3 Feeder connections
9.6 Lighting distribution
9.6.1 Lights controlled from the navigating bridge
84 9.6.2 Machinery space lighting
9.6.3 Cargo space lighting
9.6.4 Accommodation space lighting
85 9.6.5 Two-wire device connections
9.7 Delivery power feeders
9.8 Branch circuits
9.8.1 General
9.8.2 Heating and cooking equipment
86 9.8.3 Motors
9.8.4 Fixed appliances
9.8.5 Receptacles
9.8.6 Lighting
87 9.9 Circuit designation
90 9.10 Distribution equipment
9.10.1 Distribution panels
91 9.10.2 Circuit breakers
9.10.3 Wire lugs and connectors
9.10.4 Feeder box fittings
9.10.5 Branch box fittings
92 9.10.6 Connection box fittings
9.10.7 Shore connection boxes
9.10.8 Feeder, branch, and connection boxes
9.10.8.1 General
9.10.8.2 Boxes exposed to weather
93 9.10.8.3 Molded composition boxes
9.10.8.4 Minimum box wall thickness
9.10.8.5 Metallic box creepage and clearance
9.10.8.6 Stuffing tube bosses/pads
9.10.8.7 Box covers
94 9.10.8.8 Watertight boxes
9.10.8.9 Box locations
9.10.9 Receptacles, plugs, and switchesā€”non-watertight
9.10.9.1 General
95 9.10.9.2 Receptacles
9.10.9.3 Plugs
9.10.9.4 Switches
9.10.9.5 Connections
96 9.10.9.6 Locations
9.10.10 Receptacles, plugs, and switches other than non-watertight
9.10.10.1 General
9.10.10.2 Connections
97 9.10.10.3 Location
9.10.10.4 Terminal and stuffing tubes
9.10.11 Multi-cable penetrators
9.10.12 Bolts, taps, and threads
9.10.13 Power factor correction capacitors
98 9.10.14 Surge Protective Devices
9.11 Embarked vehicle power
99 10. Power conversion
10.1 Power electronics
10.2 Transformers
10.2.1 General
100 10.2.2 Installation and location
10.2.3 Type, number, and rating
10.2.3.1 General
102 10.2.3.2 Wye-wye transformers
10.2.3.3 Wye-delta transformers
10.2.3.4 Delta-wye transformers
10.2.3.5 Delta-delta transformers
10.2.3.6 Multi-winding transformers
10.2.4 Voltage regulation
10.2.5 Parallel operation
103 10.2.6 Temperature rise
10.2.7 Terminals and connections
10.2.8 Nameplates
104 11. Energy storage
11.1 General
11.2 Specific applications
11.2.1 Controls
11.2.2 Instrumentation
105 11.2.3 Standby power applications
11.2.4 Buffer applications
11.2.5 Bulk energy storage
11.3 Rechargeable storage batteries
11.3.1 General
106 11.3.2 Type of batteries
108 11.3.3 Selection and assembly
11.3.3.1 Battery selection
11.3.3.2 Battery assembly
109 11.3.4 Battery size categories
11.3.4.1 Large batteries
11.3.4.2 Moderate-sized batteries
11.3.4.3 Small batteries
11.3.5 Battery installation recommendations
11.3.5.1 General
110 11.3.5.2 Cables
11.3.5.3 Large battery installation
11.3.5.4 Moderate-sized battery installation
11.3.5.5 Small battery installation
111 11.3.6 Battery arrangement
11.3.6.1 General
11.3.6.2 Battery trays and racks
11.3.6.3 Battery storage lining
112 11.3.7 Ventilation
11.3.7.1 General
11.3.7.2 Battery rooms
11.3.7.3 Battery lockers
113 11.3.7.4 Battery boxes
11.3.7.5 General equipment rooms, electrical rooms, and other areas
11.3.7.6 Large battery installation ventilation
11.3.7.7 Moderate-sized and small battery installation ventilation
114 11.3.8 Battery rating
11.3.9 Charging facilities
11.3.10 Overload protection
115 11.3.11 Lithium battery application
116 11.4 Flywheels
11.5 Supercapacitors
12. Voice communication systems
117 13. Motor and motor application
13.1 General application
13.2 AC and DC motorsā€”General
118 13.3 Selection
13.3.1 Three-phase motor voltages
13.3.2 Single-phase ac motor voltages
13.3.3 Supply voltage
13.4 Installation and location
119 13.5 Insulation of windings
13.6 Locked rotor kVA
13.7 Efficiency
13.8 Lubrication
120 13.9 Terminal arrangements
13.10 Corrosion-resistant parts
13.11 Nameplates
13.12 Ambient temperature
121 13.13 Limits of temperature rise
122 13.14 Motor application
13.14.1 General
13.14.2 AC motors
13.14.3 DC motors
13.14.4 Ventilating fan and blower motors
13.14.5 Pump motors
123 13.14.6 Refrigerated spaces
13.14.7 Galley, laundry, workshop, print shop, and similar spaces
13.14.8 Applications in hazardous locations
13.14.9 Deck machinery motors
13.15 Duty rating
124 13.16 Steering gear motors
13.16.1 AC motors
13.16.2 DC motors
13.17 Motor brakes
13.17.1 Introduction
13.17.2 Types
125 13.17.3 AC brakes
13.17.4 DC brakes
13.17.5 Accessibility
13.17.6 Enclosures
13.17.6.1 General
13.17.6.2 Open type
13.17.6.3 Drip proof enclosed
13.17.6.4 Watertight enclosed
126 13.17.7 Construction
13.17.8 Nameplate
13.17.9 Brake application
127 13.18 Magnetic friction clutches
13.18.1 General
13.18.2 Nameplate
13.19 Bearing discharge energy due to common-mode voltage
128 14. Variable frequency drive (VFD) applications
129 15. Electric propulsion and maneuvering system
15.1 Scope
130 15.2 Regulations
15.3 System requirements
15.3.1 General
15.3.2 Redundancy
15.3.3 Safety
131 15.4 Propulsion drive transformers
132 15.5 Propulsion motors
15.5.1 General
134 15.5.2 Propulsion motor excitation
15.5.3 AC propulsion motors
15.5.4 DC propulsion motors
15.6 Propulsion motor drives
136 15.7 Propulsion control
15.8 Podded propulsion
15.8.1 General
15.8.2 Steering system
15.8.3 Shaft, bearing, sealing systems, and propellers
15.8.4 Auxiliary systems
137 15.8.5 Electrically powered pods
15.8.5.1 Electric motor
15.8.5.2 Power transmission system
15.8.5.3 Ventilation and cooling unit
15.9 Propulsion cables
15.10 Propulsion equipment location
138 15.11 Ventilation
15.12 Bed-plates and foundations
15.13 Lubrication
139 16. Steering systems
16.1 General
16.2 Navigating bridge installation
16.3 Power supply
16.4 Alarm system
140 16.5 Steering gear
16.5.1 General
16.5.2 Feeder circuits
141 16.5.3 Direct-drive steering gear
16.6 Steering control systems
16.6.1 General
16.6.2 Steering control system installation
142 16.6.3 Steering indication and alarm system
16.6.4 Steering failure alarm system
143 17. Lighting equipment
17.1 General
17.2 Location
17.3 Provisions for portable lighting
144 17.4 Permanent watertight fixtures
17.5 Permanent non-watertight fixtures
17.6 High-intensity discharge lamp fixtures
17.7 Lighting for hazardous locations
145 17.8 Illumination
17.8.1 General
17.8.2 Lighting for cargo handling
17.8.3 Lighting for lifeboat and life raft area
17.9 Searchlights
17.9.1 General
146 17.9.2 Construction and installation
17.9.3 Lifeboat searchlights
17.10 Emergency lighting
17.11 Nameplates
147 17.12 Solid state lighting (SSL)
17.12.1 Introduction
17.12.2 SSL LED system design features for shipboard application
17.13 Navigation lights and signal lights
17.13.1 General
17.13.2 Navigation lights
17.13.3 Signaling lights
148 17.13.4 Navigation light indicator panel
18. Whistle and siren control systems
19. Heating equipment
19.1 Construction
149 19.2 Heating elements
19.3 Control switches
150 19.4 Temperature
19.5 Nameplates
19.6 Electrical heat trace (EHT)
20. Galley equipment and workshop equipment
20.1 Electric cooking equipment
20.1.1 Construction
151 20.1.2 Mounting
20.1.3 Electric power
20.1.4 Heating elements
152 20.1.5 Wiring
20.1.6 Controls
153 20.1.7 Range tops and griddles
20.1.8 Ovens and broilers
154 20.1.9 Fry kettles
20.2 Motor-driven equipment
20.3 Nameplates
155 21. Electrical power system protection
21.1 Overview
21.2 Electrical power system protection elements
21.2.1 Fault detection and classification
21.2.2 Fault localization
21.2.3 Fault isolation
156 21.2.4 System reconfiguration
21.3 Electrical power system protection design
21.3.1 General
157 21.3.2 Conductors
21.3.3 AC systems
159 21.3.4 DC systems
21.3.5 Fault-current calculations and overcurrent protective devices
21.3.6 Fixture wires and cords
21.3.7 Motor branch circuits
22. System studies, analyses, and reports
22.1 General
160 22.2 Electric plant load analysis (EPLA)
22.3 Load flow analysis and voltage drop analysis
161 22.4 Dynamic analysis (transient and stability)
22.4.1 Background
162 22.4.2 Articulation of working stability criteria
163 22.4.3 Recommended dynamic analyses/stability assessments
22.5 Fault current analysis
164 22.6 Harmonic and frequency analysis
166 22.7 Failure mode and effects analysis (FMEA)
22.8 Electromagnetic interference (EMI) analysis
167 22.9 Thermal analysis
22.10 Electrical power system data for the life-cycle cost analysis
22.11 Electrical power system data for the signature analysis
22.12 Safe return to port/survivability analysis
22.13 Future power growth assessment
22.14 Protective device coordination study
168 22.15 Grounding system design report
22.16 Electrical power system corrosion control report
22.17 Electrical power system input to shipā€™s weight report
22.18 Electrical power system section of the master equipment list
169 22.19 Electrical power system input to endurance fuel calculations
22.20 Incident energy analysis
23. EMI/EMC/RFI
24. Materials
24.1 Corrosion-resistant parts
170 24.2 Flame-retardant materials
24.3 Brittle material
24.4 Cable selection, application, and installation
24.5 Electrical components
171 25. Power system grounding (earthing)
25.1 General
25.2 Power system grounding
174 25.3 Grounding resistors and transformers
25.4 Connection point of system grounding
25.4.1 AC system grounding
175 25.4.2 DC system grounding
25.4.3 Merging separately derived systems
25.5 Equipment grounding
25.5.1 General
176 25.5.2 Equipment grounding methods
177 25.5.3 Grounding of portable equipment
25.6 Ground plates on nonmetallic ships
25.7 Lightning protection grounding
25.8 Stray current protectionā€”Cathodic protection
178 25.9 Ground-fault detection
25.10 Condensation prevention
26. Arc flash management
181 27. Hazardous locations, installations, and equipment
27.1 General
27.2 Hazardous area classification
27.2.1 Overview
182 27.2.2 NEC and CE Code division classification systems
27.2.2.1 Types of explosive atmosphere
27.2.2.2 Likelihood that the explosive atmosphere is present
183 27.2.2.3 Ignition-related properties of the explosive atmosphere
27.2.2.4 Maximum surface temperature of equipment
184 27.2.3 NEC and CE Code zone classification systems
27.2.3.1 Types of explosive atmosphere
27.2.3.2 Likelihood that the explosive atmosphere is present
185 27.2.3.3 Ignition-related properties of the explosive atmosphere
186 27.2.3.4 Maximum surface temperature of equipment
27.3 Area classification for various vessel types
27.3.1 Introduction
187 27.3.2 All vesselsā€”General
27.3.3 Tank vessels and barges
188 27.3.4 Vehicle carriers and roll-on/roll-off vessels
27.3.5 Mobile offshore drilling units (MODUs)
27.3.6 Coal carriers
189 27.3.7 Dry bulk carriers other than coal carriers
27.4 Hazardous locations equipment protection techniques
194 27.5 Hazardous locations equipment markings
27.5.1 NEC and CE Code division classification systems
27.5.2 NEC and CE Code zone classification systems
195 27.6 Approved equipment
196 27.7 Equipment installation
27.7.1 Wiring methods
27.7.2 Ventilation fans
27.7.3 Belt drives
27.7.4 Battery installations
27.7.5 Paint storage or mixing spaces
27.7.6 Vehicle spaces
27.7.7 Tank vessels
27.7.7.1 Distribution systems
197 27.7.7.2 Combustible liquid cargo with a closed cup flashpoint of 60 Ā°C or higher
27.7.7.3 Flammable or combustible liquid cargo with a closed cup flashpoint below 60 Ā°C (including bulk liquefied gas carriers), ammonia, liquid sulfur carriers, and inorganic acid carriers
27.7.7.4 Bulk carbon disulfide
27.7.7.5 Bulk liquefied gas or ammonia
27.7.8 Submerged cargo pumps
27.7.9 Lighting for cargo handling rooms
198 27.7.10 Branch circuits for hazardous spaces
27.7.11 Ungrounded distribution systems
27.7.12 Vessels carrying coal
28. Ship construction and outfitting
28.1 Storage and installation
199 28.2 Spare parts
28.3 Documentation
28.4 Testing
29. System operation and maintenance
29.1 Fire extinguishing precautions
200 29.2 Rotating machine cleanliness
29.3 Care of idle apparatus
29.4 Safety
29.5 Total waveform distortion measurements
201 29.6 Cathodic protection sacrificial anodes
202 Annex A (informative) Bibliography
203 Annex B (normative) Electric plant load analysis
B.1 Operating conditions
204 B.2 Groupings
B.3 Load factors
206 B.4 Margins
B.5 Load analysis summary
211 Annex C (informative) Common-mode fundamentals
C.1 Introduction
C.1.1 Common-mode voltage and current overview
212 C.1.2 Common-mode equivalent models
213 C.2 Definitions and reference selection
214 C.3 Neutral point
215 C.4 Common-mode current
218 C.5 Common-mode voltage source
222 C.6 Relationship of common-mode voltages and currents to dq0 transformation
C.7 Common-mode modeling
225 C.8 Impact of asymmetry on common-mode voltages
227 C.9 Impact of multiple current paths on common-mode currents
228 C.10 Impact of grounding method on common-mode currents
229 C.11 Managing common-mode currents and voltages
230 C.12 Cable neutral conductors
231 C.13 Impact of ground faults on common-mode voltages and currents
232 C.14 References
234 Annex D (informative) Utilizing ThƩvenin circuits for common-mode evaluation of power electronic systems
D.1 Introduction
D.2 ThƩvenin modeling of power converters
D.2.1 Background
235 D.2.2 Limitations of approach
D.3 Characterizing TECs
D.3.1 Hardware setup
237 D.3.2 Parameter extraction
238 D.4 Worst-case system level CM/DM behavior
239 D.5 References
240 Back cover

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